Hot Dip Galvanized (GI) Beams are MS beams coated with a protective layer of zinc through the hot-dip galvanizing process. These beams are widely used in construction and infrastructure projects, Ship Building, Factory Sheds, Conveyors, Boilers, Agricultural Equipment, Manufacturing of Truck-Tailers, EOT Cranes and its Gantry.
| Sizes | 1000 X 50 MM TO 300 X 140 MM |
| Grade | ASTM A123 , BSEN ISO 1461 , IS 2629/2633/4759/6745 |
| Material | Hot Dip Galvanized |
| Galvanized Coating | Minimum 86 Microns |
| Brand | PARCO |
| Country Of Origin | India |
| Usage/ Application | Building Structures, Bridges & Overpass, Industrial Facilities, Infrastructure Projects, etc. |
Construction is a general term meaning the art and science to form the objects systems organizations, and comes from Latin construction and French construction. To construct is the verb the act of main industrial building, and the noun is construction.
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Business is about customer what they wants. every customer wants a product or service that solves problem.
Business is about customer what they wants. every customer wants a product or service that solves problem.
Hot dip galvanized earthing flats are produced by dipping steel or iron strips into a bath of molten zinc at high temperatures. This zinc coating creates a protective layer on the surface of the metal, eradicating any chances for corrosion. It shields it against environmental stressors like moisture, chemicals, and pollutants. Initially, the metal strip is cleaned and then dipped into the zinc molten to create a strong, corrosion-resistant covering of the metal. This makes hot dip galvanized earthing flats ideal for use in grounding systems, where reliability and protection against corrosion are essential.
Hot dip galvanized earthing flats offer numerous benefits, especially in grounding systems where durability and safety are paramount. The primary advantage is their exceptional resistance to corrosion, which ensures long-lasting protection even in challenging environments. Galvanized earthing flats resist moisture, chemicals, and other pollutants. Their application is widely seen in the coastal areas and industrial zones besides places with very high humidity levels. Moreover, this galvanized coat hardens the metal and prevents corrosion and degradation. Thus, these require less maintenance and replacement. These hot dip galvanized earthing flats are economically viable for applications of grounding systems along with reliability and a long-term service life.
GI earthing strips are installed as follows. Earthing strip size and length are selected based on the scale the grounding system requires, and they are usually laid in a trench. The anchors once placed position the strips to the grounding system, thereby establishing a safe electrical course to the earth. The GI earthing strips are normally connected to the grounding rod or other components, depending on the earthing system used. After installation, soil covers the earthing strips so that they are not exposed. In this way, proper installation is ensured for a grounding system that can function well to ensure safety of electrical systems and equipment.
Of course, GI earthing strips come in different sizes and lengths to fit your specific needs to meet the respective grounding systems for different applications, making them generally be customized according to the installation and application. This can range from residential, through commercial, all the way to industries. These strips are made according to standard size, though various manufacturers cut GI earthing strips based on project sizes. As per the varying needs, a vast number of these types are available to perform the jobs by the range of sizes and length. In any installation job, these can provide flexibility for multiple types of earthing and grounding requirements.
GI earthing strips are an important part of electrical systems because they provide a safe path for electrical currents to flow into the earth in case of a fault. This grounding system prevents electrical shocks, reduces the risk of fire, and protects electrical equipment from damage. GI earthing strips made out of galvanized iron provide full protection for system grounding as its material withstands extreme environmental conditions without resulting in corrosion or loss of efficiency in the system, making GI strips a preferred element for long-life grounding protection to the electrical setup. They thus provide protection over time and can maintain electrical equipment safe and functional without malfunction.
Parco Engineers is the leading company in innovative steel solutions, providing a wide range of hot dip galvanized beams that redefine durability and reliability. Our galvanized beams are coated with a protective zinc layer through the hot dip galvanizing process, ensuring exceptional resistance to corrosion and wear. This innovative technique provides a robust defense against environmental elements, making our beams a trusted choice for diverse industries.
Steel beams are the backbone of modern construction and industrial applications. We at Parco Engineers understand the importance of these structural components. Our hot dip galvanized beams offer unparalleled strength, durability, and flexibility. They are used in construction, shipbuilding, and agricultural projects. All our beams are designed to meet the highest quality standards. Incorporating the latest galvanization techniques ensures that our beams exceed industry expectations, thereby helping clients achieve superior performance and cost efficiency.
Excellence is not a goal but a standard at Parco Engineers. The commitment to innovation and a thorough understanding of the galvanization process make it possible to deliver solutions that can perform in even the most demanding environments. Select Parco Engineers for hot dip galvanized beams that stand the test of time and performance.
Durability has been the prime backbone of trusted infrastructure, which Parco Engineers provide through superior quality GI beams. The hot-dip galvanized process gives a galvanized zinc coat to the steel, which gives a protective coating that protects the inner steel from getting rusted and corroded due to environmental degradation. Hence, providing structural integrity against the toughest scenarios.
Galvanized beams are suitable for applications where long-lasting performance is required, such as factory sheds, agricultural equipment, and heavy machinery frameworks. The zinc coating not only extends the lifespan of the beams but also saves on maintenance costs, making it an economically viable option for large-scale projects. Given their excellent durability, GI beams from Parco Engineers are a reliable choice for critical infrastructure.
Additionally, the zinc layer gives cathodic protection, which will sacrifice itself in case of minor damage to protect the steel. This additional layer of protection ensures that even if the surface is scratched, the beams remain resistant to corrosion. The result is a product that offers both strength and peace of mind, ensuring the success of any construction or industrial project.
Hot dip galvanizing is a process that transforms the steel beams into more durable and long-lasting products. In Parco Engineers, hot dip galvanizing is the process of submerging steel beams in molten zinc to create a metallurgical bond that forms a protective coating. The resulting galvanized beams are not only resistant to rust but also equipped to handle extreme weather conditions.
Hot dip galvanizing is very efficient and ensures complete coverage of the zinc coating on all surfaces, including edges and corners. This total protection is critical for steel beams in demanding environments such as construction sites, marine applications, and agricultural equipment. The zinc coating also provides a self-healing property where minor scratches or damages are automatically protected by zinc to continue resistance to corrosion.
Galvanized coated beams are the result of Parco Engineers’ pursuit of quality and innovation. Through the integration of advanced galvanizing techniques with stringent quality control, we ensure that each beam meets the highest standards of performance. Galvanized coated beams at Parco Engineers are meant to provide long-term value with exceptional durability.
The galvanized steel process is a marvel of modern engineering with the intent to enhance the reliability and lifespan of structural components. At Parco Engineers, it starts with cleaning steel beams of impurities. The high-temperature melts of zinc, which is then immersed in those beams to establish a metallurgical bond between zinc and steel.
This zinc coating shields from environmental factors like moisture, other pollutants, and UV exposure. Its main purpose is to suppress rust and corrosion, the principal reasons for structural degradation in steel beams. The uniformity ensures that every part of the beam, including inaccessible areas, is covered.
The outcome is a GI beam that delivers unsurpassed reliability, with the markets ranging from construction to agriculture preferring them. In this regard, the galvanizing process not only upgrades the performance of beams but also enhances their aesthetic appeal, as they look as good as they perform. The galvanized steel beams by Parco Engineers are proof of how it delivers reliable solutions even in highly demanding applications.
Steel beams are an essential part of modern construction and industrial applications. Their strength, versatility, and durability make them a cornerstone of infrastructure development. At Parco Engineers, our hot dip galvanized beams play a pivotal role in projects ranging from shipbuilding to agricultural equipment.
In shipbuilding, the structural frameworks for vessels are provided by steel beams for stability and strength. In factory sheds, they are the support structures with a heavy load, especially in harsh conditions. Beams are also essential to the construction of conveyors, boilers, and cranes where the load-bearing capacity and the ability to last long are truly tested.
Agriculture is yet another sector benefiting from galvanized beams. Galvanized beams can be used to construct greenhouses, storage facilities, and even irrigation systems. The zinc-coated layer assures that the beams don’t corrode even in highly humid or moist conditions. If industries opt for Parco Engineers’ galvanized beams, they have a product combining strength with durability.
